Ethernet Networks Design Implementation Operation Management 4th Edition by Gilbert Held ISBN 9780470855638 0470855630

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Product details: 

ISBN 10:0470855630

ISBN 13: 9780470855638,

Author: Gilbert Held

Table of contents: 

Chapter 1 – Introduction to Networking Concepts

• Wide Area Networks (WANs)

  • Computer-Communications Evolution

  • Remote Batch Transmission

  • IBM 3270 Information Display System

  • Network Construction

  • Network Characteristics

• Local Area Networks (LANs)

  • Comparison to WANs

  • Technological Characteristics

  • Transmission Medium

  • Access Method

• Why Ethernet

Chapter 2 – Networking Standards

• Standards Organizations

  • National Standards Organizations

  • International Standards Organizations

• The ISO Reference Model

  • Layered Architecture

  • OSI Layers

  • Data Flow

• IEEE 802 Standards

  • 802 Committees

  • Data Link Subdivision

• Internet Standards

  • RFC Evolution, Types and Submission

  • Obtaining RFCs

• Cabling Standards

  • EIA/TIA-568

  • UTP Categories

  • Cable Specifications

  • Other Metrics

  • Cat 5E and Cat 6

Chapter 3 – Ethernet Networks

• Ethernet

  • Evolution

  • Network Components

  • The 5-4-3 Rule

• IEEE 802.3 Networks

  • Network Names

  • 10BASE-5, 10BASE-2, 10BROAD-36, 1BASE-5, 10BASE-T

• Use of Fiber-Optic Technology

  • FOIRL, Optical Transceiver, Fiber Hubs, Fiber Adapter

  • Wire and Fiber Distance Limits

• High-Speed Ethernet

  • Isochronous Ethernet, Fast Ethernet, 100VG-AnyLAN

• Gigabit Ethernet

  • Components, Media Support

• 10 Gigabit Ethernet

  • Rationale, Architecture, Operating Rates

Chapter 4 – Frame Operations

• Frame Composition

  • Preamble Field, Start-of-Frame Delimiter, Destination/Source Address Field

  • Type Field, Length Field, Data Field, Frame Check Sequence

  • Interframe Gap

• Media Access Control

  • Transmit Media Access Management

  • Service Primitives, Primitive Operations

• Half- vs Full-Duplex Operation

• Logical Link Control

  • Types and Classes of Service, Service Primitives

• Other Ethernet Frame Types

  • Ethernet-802.3, Ethernet-SNAP, IEEE 802.1Q Frame

• Fast Ethernet

  • Start/End-of-Stream Delimiter

• Gigabit Ethernet

  • Carrier Extension, Frame Bursting

• 10 Gigabit Ethernet

Chapter 5 – Networking Hardware and Software

• Wired Network Hardware Components

  • Repeaters, Bridges, Routers, Brouters, Gateway, File Servers

  • Wire Hubs, Intelligent Hubs, Switching Hubs

• Wireless Network Hardware Components

  • Network Topologies, Access Point, Wireless Router, Wireless Bridge

• Networking Software

  • DOS, Network Software Components, Network Operating Systems, Application Software

• TCP/IP Protocol Suite

  • Overview, Protocol Development, TCP/IP Structure

  • Datagrams vs Virtual Circuits, ICMP, ARP, TCP, UDP, IP

• Domain Name Service (DNS)

  • Name Server, TCP/IP Configuration, Operating Multiple Stacks

Chapter 6 – Bridging and Switching Methods and Performance Issues

• Bridging Methods

  • Address Issues, Transparent Bridging, Spanning Tree Protocol, Protocol Dependency

  • Source Routing, Source Routing Transparent Bridges

• Bridge Network Utilization

  • Serial/Sequential Bridging, Parallel Bridging, Star Bridging, Backbone Bridging

• Bridge Performance Issues

  • Traffic Flow, Network Types, Type of Bridge, Estimating Network Traffic, Predicting Throughput

• LAN Switches

  • Rationale, Bottlenecks, Congestion-Avoidance Options

  • LAN Switch Operations, Switch Basic Architecture, Components, Features

  • Switched-Based VLANs, Switch Usage, Layer 3 and Layer 4 Switching

Chapter 7 – Routers

• Router Operation

  • IP Support Overview, Basic Operation and Use of Routing Tables, Networking Capability

• Communication, Transport, and Routing Protocols

  • Communication Protocol, Routing Protocol, Handling Nonroutable Protocols, Transport Protocol

• Router Classifications

  • Protocol-Dependent Routers, Protocol-Independent Routers

• Routing Protocols

  • Types of Routing Protocols, Interior/Exterior Domain Routing Protocols, RIP, RIPv2, IGRP, OSPF, Link-State Protocols

• Filtering

  • Filtering Expressions, Filtering Examples, Router Access Lists

• Performance Considerations

Chapter 8 – Wireless Ethernet

• Overview

  • Network Topology, Roaming, Physical Layer Operations, High-Speed Wireless LANs, Access Method

• Frame Formats

  • Data Frame, Control Field, Control Frames, Management Frames, Physical Protocol Data Units

• Deployment

  • Wireless PC Network Adapter Cards, Access Point, Combined Router/Access Point, Wireless Bridge

  • Router/Access Point Configuration, Client Configuration

Chapter 9 – Security

• The Security Role of the Router

  • Access Control, Access Lists (Standard, Extended, Named, Dynamic, Reflexive, Time-Based), Context-Based Access Control

• The Role of the Firewall

  • Access-List Limitations, Proxy Services, Firewall Location, Technologic Interceptor, Checkpoint Firewall-1

• The Role of the Virus Scanner and Encryption

  • Virus Overview, Types of Viruses, Infection Prevention, Desktop Scanning, Email Scanning, Recognizing Infection Symptoms

Chapter 10 – Managing the Network

• SNMP

  • Basic Components, Operation

• Remote Monitoring

  • Operation, The RMON MIB, Managing Remote Networks

• Other Network Management Functions

  • Configuration Management, Performance Management, Fault Management, Accounting Management, Security Management

• Representative Network Management Programs

  • Triticom EtherVision, Cinco Network’s WebXRay, WildPackets EtherPeek

Chapter 11 – The Future of Ethernet

• Ethernet Trends

  • Network Adapter Card Cost, Future Price Direction

• Network Performance Considerations

  • Supplementing an Existing Network

  • Summary

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Tags: Gilbert Held, Ethernet Networks, Design Implementation